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 Overhauling & Upgrading  Overhauling & Upgrading

Overhauling & Upgrading

RUNH and its subsidiary, RUNH TG Co., Ltd., have jointly launched a number of steam turbine retrofit technologies, including steam turbine capacity retrofit, steam turbine energy-saving retrofit, steam turbine island system retrofit, steam turbine heating retrofit, and many other unit retrofit technologies. Here is the profile of Runh’s turbine design and manufacturing company — RUNH TG Co., Ltd., formerly a subsidiary of the Chinese Academy of Sciences (CAS). Based on scientific research achievements in turbomachinery aerodynamics and thermodynamics from the Institute of Engineering Thermophysics under CAS, and in cooperation with other founding shareholders such as Tsinghua University, Beihang University, and other research institutes and manufacturing enterprises, RUNH TG has explored the integration of industry, academia, and research for over 20 years. Through these efforts, the company has developed steam turbine design technologies with independent intellectual property rights and contemporary advanced standards, successfully achieving industrialization and market application.
RUNH can carry out technical retrofits for both Russian-made and domestic turbines. Through optimization of steam turbine flow design, the heat consumption of the unit can be reduced by 5–7%, and coal consumption can be reduced by 15–21 g/kWh (up to 30 g/kWh for Russian units). The company has completed hundreds of retrofit projects, achieving thermal performance that meets modern advanced standards.

 Overhauling & Upgrading
Multi scenario use

Multi scenario use

Steam turbine, generator and boiler, which known as the three main engines of power station, are the core equipament of power station.

Condensate water system

Condensate water system

Steam turbine, generator and boiler, which known as the three main engines of power station, are the core equipament of power station.

vacuum-pumping system

vacuum-pumping system

Steam turbine, generator and boiler, which known as the three main engines of power station, are the core equipament of power station.

main steam system

main steam system

Steam turbine, generator and boiler, which known as the three main engines of power station, are the core equipament of power station.

feedwater deaerating system

feedwater deaerating system

Steam turbine, generator and boiler, which known as the three main engines of power station, are the core equipament of power station.

Regenerative System

Regenerative System

Steam turbine, generator and boiler, which known as the three main engines of power station, are the core equipament of power station.

Turbine generator set and its auxiliary equipment

Turbine generator set and its auxiliary equipment

Steam turbine, generator and boiler, which known as the three main engines of power station, are the core equipament of power station.

Closed/open circulating water system

Closed/open circulating water system

Steam turbine, generator and boiler, which known as the three main engines of power station, are the core equipament of power station.

Turbine island high and low voltage electrical and control system

Turbine island high and low voltage electrical and control system

Steam turbine, generator and boiler, which known as the three main engines of power station, are the core equipament of power station.

Multi scenario use

Condensate water system

vacuum-pumping system

main steam system

feedwater deaerating system

Regenerative System

Turbine generator set and its auxiliary equipment

Closed/open circulating water system

Turbine island high and low voltage electrical and control system

Application type of power station

Conventional thermal power turbine island

Conventional thermal power turbine island

Conventional thermal power turbine island

Conventional thermal power turbine island

Conventional thermal power turbine island

Conventional thermal power turbine island

Turbine Layout

Upward exhaust engine

Upward exhaust engine

The exhaust steam is located in the upper cylinder, and the upward exhaust steam turbine adopts single layer arrangement, which is suitable for small capacity steam turbine.

Turbine with axial condenser

Turbine with axial condenser

The exhaust steam is located in the upper cylinder, and the upward exhaust steam turbine adopts single layer arrangement, which is suitable for small capacity steam turbine.

Downward exhaust engine

Downward exhaust engine

The exhaust casing of the turbine located downward cylinder. The double-layer arrangement is suitable for various capacity models. 5 meters double-decker layout need to deal with the foundation and construction island.

Upward exhaust engine

Turbine with axial condenser

Downward exhaust engine

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  • Hotline

    +86 18660102967 +86 18615518078

  • Project Consultation Email info@runh.com
  • Address

    Block C,Yinfeng Fortune Plaza, No.1 Long'ao West Road, Lixia District, Jinan, China.

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